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Properties of Potentially Inverse Multielement Two-Terminal Devices
Russian Electrical Engineering Pub Date : 2020-07-06 , DOI: 10.3103/s1068371220040069
G. I. Peredelskiy , L. V. Pleskonos

Abstract

The capacity of potentially inverse multielement two-terminal devices to become complementary two-terminal devices under conditions that differ from the condition of invertibility is well known. For such two-terminal devices, both the generalized (classical) condition of complementarity and particular conditions in the form of a group of mathematical expressions are satisfied. Examples of potentially inverse two-terminal devices of the other form, which theoretically cannot be inverse two-terminal devices, are also known. For these two-terminal devices, the generalized condition of complementarity cannot be satisfied. It has been established for such two-terminal devices that, when the generalized condition of complementarity is not satisfied, the group of particular conditions of complementarity holds true and they become pseudocomplementary two-terminal devices. The number of the particular conditions of complementarity equals the number of the elements in the potentially inverse two-terminal devices of two structures selected. The number of the elements in the two-terminal devices and their connection have been justified. Variants of using pseudocomplementary two-terminal devices based on potentially inverse two-terminal devices are presented. The former devices allow a reduction of the number of inverse model elements in bridge circuits, the grounding of all multielement two-terminal devices present in the bridge circuits, and the manufacture of bridges with extended functional capabilities.


中文翻译:

潜在逆多元素两端子设备的性质

摘要

众所周知,在与可逆性不同的条件下,潜在的反向多元件两端子设备变成互补两端子设备的能力。对于这样的两端装置,既满足互补性的一般条件,也满足一组数学表达式形式的特殊条件。还已知其他形式的潜在反向两端子设备的实例,其在理论上不能是反向两端子设备。对于这两个终端设备,不能满足互补的一般条件。已经建立了这样的两端子设备,当不满足通用的互补条件时,一组特殊的互补条件成立,它们成为伪互补的两末端器件。互补性的特定条件的数量等于所选择的两个结构的潜在相反的两端子装置中的元素的数量。两端子设备中的元件数量及其连接是合理的。提出了基于潜在的反向两端子设备使用伪互补两端子设备的变体。前一种器件可以减少电桥电路中逆模型元件的数量,减少电桥电路中存在的所有多元件两端子设备的接地,并制造具有扩展功能的电桥。互补性的特定条件的数量等于所选择的两个结构的潜在相反的两端子装置中的元素的数量。两端子设备中的元件数量及其连接是合理的。提出了基于潜在的反向两端子设备使用伪互补两端子设备的变体。前一种器件可以减少电桥电路中逆模型元件的数量,减少电桥电路中存在的所有多元件两端子设备的接地,并制造具有扩展功能的电桥。互补性的特定条件的数量等于所选择的两个结构的潜在相反的两端子装置中的元素的数量。两端子设备中的元件数量及其连接是合理的。提出了基于潜在的反向两端子设备使用伪互补两端子设备的变体。前一种器件可以减少电桥电路中逆模型元件的数量,减少电桥电路中存在的所有多元件两端子设备的接地,并制造具有扩展功能的电桥。提出了基于潜在的反向两端子设备使用伪互补两端子设备的变体。前一种器件可以减少电桥电路中逆模型元件的数量,减少电桥电路中存在的所有多元件两端子设备的接地,并制造具有扩展功能的电桥。提出了基于潜在的反向两端子设备使用伪互补两端子设备的变体。前一种器件可以减少电桥电路中逆模型元件的数量,减少电桥电路中存在的所有多元件两端子设备的接地,并制造具有扩展功能的电桥。
更新日期:2020-07-06
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